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DOI: 10.1055/s-0029-1218615
Synthesis of Oximinotyrosine-Derived Marine Natural Products
Publication History
Publication Date:
16 December 2009 (online)
Abstract
This review article gives a detailed account on the synthesis of oximinotyrosine-derived marine natural products from sponges of the order Verongida. Oxidation of the amino group of the underlying bromotyrosine building block to the oxime gives rise to unique chemistry. One of the key features of the peptide-like bromotyrosine compounds is their ability to undergo cyclization to spiroisoxazolines and to form diaryl ether linkages.
1 Introduction
2 Open-Chain α-Oximinoamides
2.1 Psammaplin A
2.2 Spermatinamine, Purealidin, Verongamine
2.3 Psammaplysenes
3 Macrocyclic α-Oximinoamides
3.1 Bastadins
3.2 Bastadin Models
4 Spirocyclized α-Oximinoamides
4.1 Aerothionin
4.2 Calafianin
4.3 Purealin A
4.4 Psammaplysin
5 Aeroplysinin-1
6 Summary and Challenges
Key words
marine natural products - bromotyrosine - spirocyclization - diaryl ether - oxime
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